Write an algebraic expression to represent the phrase.
The quotient of m and 4
Combine like terms and write the simplified expression.
2x + x + 2y
3x + 2y
Solve the inequality.
m + 11 > 16
m > 5
Use Order of Operations to evaluate the expression with the value of the given variable.
26 - 5y y = 3
11
How many seconds are there in one day?
86,400
Write an algebraic expression to represent the phrase.
The difference of c and 10
c - 10
Combine like terms and write the simplified expression.
5x - 2x + y + 3y
3x + 4y
Solve the inequality.
13c ≥ 91
c ≥ 7
Use Order of Operations to evaluate the expression with the value of the given variable.
11x + 3z x = 2 and z = 3
31
How many cupcakes are in a baker's dozen?
13
Write an algebraic expression to represent the phrase.
The sum of g and 22
g + 22
Combine like terms and write the simplified expression.
6x + 2x + 5y - y
8x + 4y
Solve the inequality.
x < 72
Use Order of Operations to evaluate the expression with the value of the given variable.
6(r - s) r = 5 and s = 3
12
What does the Roman Numeral "X" equal?
10
Write an algebraic expression to represent the phrase.
The product of p and 12
12p
Combine like terms and write the simplified expression.
2x + 3y - y + x + 5
3x + 2y + 5
Write the inequality represented by the graph. Use x for the variable.
x ≥ -1
Use Order of Operations to evaluate the expression with the value of the given variable.
17 - h2 + 4h h = 3
20
What letter does every odd number have in it?
e
MJR is offering $3 off a medium popcorn when you buy a movie ticket. Write an equation to represent the regular price of a medium popcorn, r, to the discounted price, d.
r - 3 = d
Combine like terms and write the simplified expression.
2 + x + 4y - y + x - 1
2x + 3y + 1
Write the inequality represented by the graph. Use x for the variable.
x < 4
Use Order of Operations to evaluate the expression with the value of the given variable.
r2 + 11 + 3r r = 4
39
What is the only number that has all of its letters in alphabetical order?
Hint: The number is between 0 and 50.
forty